Magnetically imploded cylindrical metal shells (z-pinch liners) are attractive drivers for
experiments exploring hydrodynamics and properties of materials at extreme conditions. As …

Highly precise and controllable liner implosions driven by a pulsed power facility have
extensive applications in exploration of advanced hydrodynamics at the extremes of …

This article is written on the basis of a report given 10 January 2003 at the International
Scientific Conference, The Nuclear Age: Science and Society, dedicated to the 100th …

In describing several science experiments used to validate applications of codes at Los
Alamos National Laboratory, we offer an experimenter's perspective on this process within …

RAYLEIGH–TAYLOR INSTABILITY OF HIGH-VELOCITY CONDENSED-MATTER LINERS UDC
537.84 SF Garanin, AM Buyko, and VB Yakubov Page 1 ISSN 0021-8944, Journal of Applied …

The main problem occurring at cylindrical liner acceleration by azimuthal magnetic field is its
motion distortion caused by the combination of Rayleigh-Taylor and sausage instabilities …

Radiation magnetohydrodynamic modeling is used to study the plasma formed on the
surface of a cylindrical metallic load, driven by megagauss magnetic field at the 1 MA Zebra …

Pulsed power hydrodynamics experiments typically involve multi-megajoule capacitor banks
or magnetic-flux compression generators imploding thin-walled cylinders of solid-density …

The pinch devices based on pulsed power technique can produce extreme conditions of
temperature, pressure, density and strong radiation in spatial scale of cm and time scale of …

磁驱动固体套筒内爆作为标准柱面冲击/准等熵汇聚压缩加载方式, 在流体动力学,
材料物性和聚变能源等领域具有广泛应用前景. 在特定加载条件下, 套筒飞层材料 …